Comparison
Ryzen vs EPYC: which CPU is better for your RDP?
Short answer: at RyzenRDP both CPU families come in the same six tiers, with the same vCPU, RAM and NVMe storage tier for tier, so the tier decides how much a server can run at once. Choose AMD Ryzen for one fast, interactive desktop and single-threaded software; choose AMD EPYC if you prefer AMD's server processor line or a location where it runs. Both run on Gen4 NVMe SSD storage and DDR5 RAM.
Short answer
The tier sets the size of your server; the family sets the processor line. A RyzenRDP plan has the same vCPU, RAM and NVMe storage on AMD Ryzen and on AMD EPYC, tier for tier, so neither family gives you more cores or memory. Ryzen processors are AMD's desktop and workstation line, built for high clock speeds, which suits a single user's clicks, charts and scripts. EPYC processors are AMD's server line, made for data-centre machines that host many workloads side by side. For more processes or more users, choose a larger tier on either family: RAM and NVMe storage grow with every tier, and plans have 2 vCPU on T1, 4 vCPU on T2 and 6 vCPU on T3 to T6.
Ryzen vs EPYC at a glance
A comparison of the two processor lines in general, not of particular models.
| What matters | AMD Ryzen | AMD EPYC |
|---|---|---|
| Processor line | Desktop and workstation | Server |
| Design focus | High clock speed per core | Many cores per processor, for servers that host many workloads |
| Your RyzenRDP plan | vCPU, RAM and NVMe set by the tier | The same vCPU, RAM and NVMe per tier as Ryzen |
| Why pick it | Responsive interactive desktops and single-threaded tools | You prefer AMD's server line, or a location where it runs |
| At RyzenRDP | New York, Houston, Dallas, Los Angeles, Germany, United Kingdom and Netherlands | Los Angeles and Canada |
| Storage and memory | Gen4 NVMe SSD and DDR5 RAM | Gen4 NVMe SSD and DDR5 RAM |
Single-thread speed: why it matters over RDP
A remote desktop is a chain of small, sequential jobs: draw the menu, react to the click, repaint the chart, return the result. Each job runs on one core, so the core's speed decides how quickly the next frame reaches you. That is why a high-clock processor such as AMD Ryzen tends to make an RDP session feel closer to a local PC, even when the total core count is lower.
Core count, memory and multi-user servers
When many things happen at once (dozens of bots, parallel builds and tests, databases, or several people signed in), the server needs more vCPU and more RAM. On a virtual server those come from the plan, not from the processor line: a physical EPYC processor has many cores, but a virtual server gets the vCPUs its plan lists, and a RyzenRDP plan has the same vCPU and RAM per tier on either family. So size by tier: plans have 2 vCPU on T1, 4 vCPU on T2 and 6 vCPU on T3 to T6, and RAM and NVMe storage keep growing to 32 GB and 500 GB on the largest tier. Above T3, a larger tier adds memory and storage, not vCPU. (On Windows Server, more than two simultaneous users need the RD Session Host role and RDS CALs.)
Where Intel Xeon fits
Intel Xeon is Intel's server processor line and plays the same role as EPYC. It is common in hosting, especially in older fleets. Performance varies widely between generations, so compare the generation and clock speed you are actually offered rather than the brand. RyzenRDP does not sell Xeon plans.
Which to choose for trading, bots, games and teams
| Workload | Choose | Why |
|---|---|---|
| Trading platforms | AMD Ryzen | Charting and order entry are interactive and single-threaded |
| Game servers | AMD Ryzen | The game loop runs on one core |
| A few bots or scripts | AMD Ryzen | Fast and simple |
| Many bots, scrapers or services | Either family | Size by RAM; vCPU reaches 6 at T3 |
| Builds, databases, shared dev servers | Either family | T4 to T6 for more RAM and NVMe; vCPU stays at 6 from T3 |
| Several people on one server | Either family | Size the tier for every session; RDS CALs above two users |
| You want AMD's server processor line | AMD EPYC | Runs in Los Angeles and Canada |
Ryzen and EPYC locations
| Location | Region | CPU family | From |
|---|---|---|---|
| New York | North America | AMD Ryzen | $14.99/mo |
| Houston | North America | AMD Ryzen | $14.99/mo |
| Dallas | North America | AMD Ryzen | $14.99/mo |
| Los Angeles | North America | AMD Ryzen, AMD EPYC | $14.99/mo |
| Germany | Europe | AMD Ryzen | $14.99/mo |
| United Kingdom | Europe | AMD Ryzen | $14.99/mo |
| Netherlands | Europe | AMD Ryzen | $14.99/mo |
| Canada | North America | AMD EPYC | $14.99/mo |
Ryzen vs EPYC FAQ
Is Ryzen or EPYC better for RDP?
For one user who wants a responsive desktop, AMD Ryzen, whose processor line is built for high clock speeds. For many processes or several users, choose a larger tier: at RyzenRDP, AMD Ryzen and AMD EPYC plans have the same vCPU and RAM tier for tier.
Why do high clock speeds make RDP feel faster?
Most of what happens in a desktop session (menus, redraws, scripts) runs on one core at a time, so a faster core shortens every step you wait for.
Is EPYC better when many users share one server?
Not by itself. A RyzenRDP plan on AMD EPYC has the same vCPU and RAM as the AMD Ryzen plan of the same tier, so how many sessions a server carries depends on the tier you choose. Size up the tier for several users, and remember that more than two simultaneous users on Windows Server need RDS CALs.
What is the difference between EPYC and Xeon?
Both are server processor lines, EPYC from AMD and Xeon from Intel. Compare the specific generation and clock speed you are offered; RyzenRDP offers AMD EPYC, not Xeon.
Which locations offer Ryzen and which offer EPYC?
AMD Ryzen: New York, Houston, Dallas, Los Angeles, Germany, United Kingdom and Netherlands. AMD EPYC: Los Angeles and Canada.
See Ryzen and EPYC plans
The same six tiers on both CPU families, from $14.99/mo.